Best Universities for Biotechnology in the UK 2027
The University of Leeds ranks first for biotechnology in 2027, followed by the University of Manchester in second and Bangor University in third. The Unifresher ranking compares 10 universities with comparable data across eight measures built around academic outcomes and the complete student experience.
Biotechnology sits between biological science, engineering and commercial application. The right course needs to develop laboratory and analytical skills while giving students opportunities to understand how discoveries become useful products and processes. Unifresher compares those academic outcomes alongside support, affordability, safety, social life and sustainability.
Why this ranking is student-first: Unifresher makes the course outcomes visible without ignoring the cost, support and university environment students experience every day. That creates a more useful shortlist than reputation alone.
Top universities for biotechnology in 2027
The podium reflects three different student propositions. Leeds combines the best overall score with perfect support, Manchester offers strong teaching and graduate earnings in a major science city, and Bangor provides a highly competitive complete experience despite a lower earnings figure.
University of Leeds
Leeds
The strongest complete result, with £32,000 graduate earnings and 88% teaching quality.
University of Manchester
Manchester
Second overall, with 91% teaching quality and 93% academic support.
Bangor University
Bangor
Third overall, supported by 87% teaching quality and 89% academic support.
How the biotechnology ranking works
Eight measures create a fuller comparison
Unifresher combines academic and graduate results with the practical factors students experience throughout university. This helps applicants compare both biotechnology courses and the places where they will live and study.
Biotechnology University Rankings 2027
Search or sort all 10 universities. Sorting changes the comparison order only; every university's official published rank remains in the first column.
| Rank | University | Graduate earnings | Satisfaction | Teaching | Academic support | Score |
|---|---|---|---|---|---|---|
| 1 | University of Leeds Leeds | £32,000 | 74% | 88% | 100% | 52 |
| 2 | University of Manchester Manchester | £32,000 | 70% | 91% | 93% | 47 |
| 3 | Bangor University Bangor | £24,000 | 76% | 87% | 89% | 43 |
| 4 | Liverpool John Moores University Liverpool | £29,000 | 72% | 87% | 73% | 41 |
| 4 | University of York York | £27,500 | 77% | 91% | 88% | 41 |
| 5 | University of Birmingham Birmingham | £32,000 | 72% | 98% | 98% | 40 |
| 6 | University of Edinburgh Edinburgh | £30,000 | 74% | 87% | 84% | 32 |
| 7 | Imperial College London London | £33,000 | 66% | 90% | 87% | 29 |
| 8 | University of Nottingham Nottingham | £26,500 | 74% | 78% | 72% | 27 |
| 9 | University of East London London | £30,000 | 68% | 68% | 80% | 24 |
What the biotechnology ranking shows
Leeds ranks first
The University of Leeds leads with a score of 52 and perfect academic support.
Imperial College London
Imperial has the highest graduate-earnings figure at £33,000 and ranks seventh overall.
University of York
York records the strongest student-satisfaction result at 77% and shares fourth place.
University of Birmingham
Birmingham leads teaching quality with 98% and also records 98% academic support.
University of Leeds
The ranking winner is the only university in the table to reach 100% for support.
Median earnings are £30,000
The midpoint across the 10 graduate-earnings figures is £30,000.
What this ranking tells you about studying biotechnology
Biotechnology applies biological knowledge to practical challenges in health, manufacturing, food, agriculture and the environment. Courses can differ in how much they emphasise molecular biology, genetic engineering, industrial fermentation, bioprocess design, bioinformatics or commercial translation.
Leeds leads through support and a balanced student experience
Leeds ranks first with 100% academic support and £32,000 graduate earnings. Manchester follows with strong teaching and support, while Bangor reaches third through its complete score. The result demonstrates why Unifresher combines course outcomes with the wider factors that affect how students live and learn.
Why Unifresher looks beyond prestige: laboratory access, feedback, placement support and living costs affect students throughout an applied science degree. Bringing those factors together makes the ranking more useful for building a realistic shortlist.
Birmingham has the strongest course-delivery figures
The University of Birmingham ranks fifth but records 98% for both teaching quality and academic support. That makes it a particularly important option for students who prioritise course delivery. Its position also shows why the overall ranking should be used alongside the individual measures rather than read as a single verdict.
The highest earnings figure does not produce the highest rank
Imperial records the highest graduate-earnings figure at £33,000 but ranks seventh. Leeds, Manchester and Birmingham each record £32,000. Unifresher keeps that career signal visible while balancing it against satisfaction, support and the practical realities of studying in each city.
Course titles do not define the entire UK biotechnology market
The ranking publishes 10 universities with comparable results under the biotechnology subject grouping. Students should also search related titles such as industrial biotechnology, molecular biotechnology, biochemistry with biotechnology, biological sciences and bioengineering, then compare how much applied biotechnology the modules actually contain.
Bioprocessing can separate applied courses from broader bioscience degrees
Students interested in manufacturing and industrial roles should look for fermentation, downstream processing, scale-up, quality systems and process control alongside molecular biology. Access to pilot-scale facilities and industry-designed projects can help connect laboratory science with commercial production.
Placements are valuable, but the detail matters
A year in industry can provide experience with professional laboratories, documentation, quality procedures and regulated environments. Ask whether placements are guaranteed or competitive, which employers have hosted students, how the university supports applications and what happens if a placement is not secured.
RSB accreditation provides an additional course-level check
Royal Society of Biology accreditation recognises named bioscience programmes that have undergone independent review. It can add useful context about knowledge and skills development, but it is not a legal requirement for biotechnology employment and should be considered alongside modules, facilities and placement opportunities.
Graduate earnings need context
The table ranges from £24,000 to £33,000, with a median of £30,000. HESA Graduate Outcomes information is collected approximately 15 months after course completion. Individual outcomes vary according to role, location, placement experience, postgraduate study and whether graduates enter laboratory, manufacturing, commercial or non-scientific work.
How to use the ranking when choosing a biotechnology degree
Compare molecular science and applied technology
Review genetics, cell biology, microbiology, engineering, bioinformatics and how biological discoveries are translated into products.
Look for practical depth and scale-up experience
Ask about laboratory hours, equipment, fermentation, bioprocessing, technical support and the scope of independent research.
Investigate placements and live projects
Compare employer briefs, year-in-industry routes, placement support and whether students encounter quality and regulatory systems.
Check accreditation and exact modules
Use the RSB directory as an additional signal, then verify the current programme structure and specialisms for your intake.
Related Unifresher rankings and degree advice
Frequently asked questions
Which is the best university for biotechnology in the UK in 2027?
The University of Leeds ranks first in the 2027 Unifresher biotechnology ranking with an overall score of 52. The University of Manchester is second with 47, and Bangor University is third with 43.
How many universities are included in the biotechnology ranking?
The published 2027 Unifresher biotechnology ranking compares 10 universities with comparable results across eight academic, career and student-experience measures. Biotechnology can also appear within degrees titled biochemistry, molecular biology, biological sciences, industrial biotechnology or bioengineering, so students should search beyond one course title.
What graduate earnings are shown for biotechnology?
The graduate-earnings figures range from £24,000 to £33,000, with a median of £30,000 across the 10 universities. Imperial College London has the highest figure at £33,000. These are comparative graduate outcomes rather than guaranteed starting salaries.
When are graduate outcomes measured?
HESA Graduate Outcomes information is collected approximately 15 months after students complete their higher education studies. The figures describe outcomes at that survey point, not salaries six months after graduation.
What is the difference between biotechnology and biochemistry?
Biotechnology focuses on using biological systems, cells and molecules to develop products, processes and technologies. Biochemistry focuses more deeply on the molecular and chemical processes within living systems. The subjects overlap, so compare modules in genetics, cell biology, bioprocessing, engineering, data analysis and research methods rather than relying only on the course title.
Does accreditation matter for a biotechnology degree?
Royal Society of Biology accreditation can provide an additional independent check on the academic foundation and skills development of a named bioscience programme. It is not a legal requirement for biotechnology careers and does not apply automatically to every course at a university, so check the exact programme in the current RSB directory.
What should I look for in a biotechnology degree?
Compare laboratory hours, molecular and cell biology, genetic engineering, fermentation and bioprocessing, statistics and bioinformatics, pilot-scale facilities, independent research, placement support, industry projects, accreditation, teaching and academic support.
Is a placement year useful for biotechnology?
A strong placement can help students apply laboratory techniques, quality systems and regulated working practices in a professional setting. Placement availability is often competitive rather than guaranteed, so ask how opportunities are sourced, which employers have hosted students and what support is provided before and during the placement.
What careers can you pursue with a biotechnology degree?
Biotechnology graduates can work in biopharmaceuticals, bioprocessing, laboratory research, quality assurance, regulatory affairs, clinical research, food and agricultural biotechnology, environmental biotechnology, bioinformatics and related commercial roles. Some research-intensive routes require postgraduate study.
Why does Unifresher include student-life measures in a biotechnology ranking?
Biotechnology students can face long practical sessions, demanding projects and specialist placement decisions. Unifresher combines teaching, support and graduate outcomes with affordability, safety, social life and sustainability so students can compare both the course and the environment in which they will study.
Ranking, accreditation and course information
- Unifresher university rankings methodology for the eight measures and subject-ranking process.
- HESA Graduate Outcomes definitions for the approximately 15-month survey point.
- Royal Society of Biology accredited-programme directory for checking an exact bioscience course.
- UCAS biotechnology course search for current course titles, entry requirements and study options.
- Biochemical Society careers resources for molecular bioscience careers and professional development.
- Biotechnology and Biological Sciences Research Council for UK bioscience research priorities and opportunities.
